Abstract: This research news describes the construction of polymeric nanostructured composite film based on a variety of interactions, such as hydrophobic–hydrophilic effect, electrostatic interaction, hydrogen bonding, etc. The work focused on developing strategies to solve the basic problems in the area of ultrathin film research, such as stability, improving the interface quality, creating patterned interface, and techniques to construct nanolayered structure. With in-depth study of the relationship between the microscopic layered architecture and macroscopic function of supramolecular assemblies, it is anticipated that one could obtain miniature devices or machines of high efficiency through integration of the assembling process and dev...
International audienceThis paper presents a continuous single-step route that permits preparation of...
The realization of high strength, large ductility, and great toughness for polymeric materials is a ...
The gas (O2 and CO2) permeability of an innovative stratified PE–organoclay (LLDPE/OMMT) nano-enable...
Polymer nanocomposites are employed in (micro)electronic, biomedical, structural and optical applica...
A central goal in nanoresearch is to create entirely new materials from nanosized basic units such a...
The nanoplatelet-filled polymer composite (NFPC) materials have received increasing attention becaus...
This thesis focuses on the manipulation of polymers and composites on length scales ranging from the...
A free-standing, flexible, transparent, and fluorescent superhydrophobic composite film is fabricate...
The main part of this work focuses on the structural investigations at the air-water interface using...
This study addressed problems and challenges in production of high-performance polymer composites. I...
Several strategies to form multicomponent films of functional polymers, with micron, submicron and n...
© 2015 Martin Peter van KoeverdenNanostructured thin film engineering is a versatile method to alter...
Many areas of technology continue to place a high demand on the miniaturization of critical componen...
The macromolecular engineering of polymer film surfaces via the design and synthesis of different po...
Joint experimental-computational efforts were set to characterize the interfacial effects on the str...
International audienceThis paper presents a continuous single-step route that permits preparation of...
The realization of high strength, large ductility, and great toughness for polymeric materials is a ...
The gas (O2 and CO2) permeability of an innovative stratified PE–organoclay (LLDPE/OMMT) nano-enable...
Polymer nanocomposites are employed in (micro)electronic, biomedical, structural and optical applica...
A central goal in nanoresearch is to create entirely new materials from nanosized basic units such a...
The nanoplatelet-filled polymer composite (NFPC) materials have received increasing attention becaus...
This thesis focuses on the manipulation of polymers and composites on length scales ranging from the...
A free-standing, flexible, transparent, and fluorescent superhydrophobic composite film is fabricate...
The main part of this work focuses on the structural investigations at the air-water interface using...
This study addressed problems and challenges in production of high-performance polymer composites. I...
Several strategies to form multicomponent films of functional polymers, with micron, submicron and n...
© 2015 Martin Peter van KoeverdenNanostructured thin film engineering is a versatile method to alter...
Many areas of technology continue to place a high demand on the miniaturization of critical componen...
The macromolecular engineering of polymer film surfaces via the design and synthesis of different po...
Joint experimental-computational efforts were set to characterize the interfacial effects on the str...
International audienceThis paper presents a continuous single-step route that permits preparation of...
The realization of high strength, large ductility, and great toughness for polymeric materials is a ...
The gas (O2 and CO2) permeability of an innovative stratified PE–organoclay (LLDPE/OMMT) nano-enable...